液压增压器

在常见液压系统中,因负载在设计轻量化、安装空间受限制等方面的原因,油缸所需要的工作压力往往会不一致，原始方案是用不同压力等级的液压油泵组成泵组来实现，低压泵实现负载油缸快进快退，高压泵提供小流量液压油驱动负载最后阶段的动作。在系统元器件选型时，都必需按最高压力来进行元器件选配，造价方面居高不下;另外从安全方面考虑，系统总体油路承受的压力越高，其安全性就越低，系统因泄漏产生的发热量也会越大，元件故障率会比低压系统高出很多。

In the common hydraulic system, due to the limited weight of equipment, limited space of installation and other reasons, the hydro-cylinder work in different pressure frequently, the original scheme is use a low and high pressure pump set system, the low pressure pump drive hydro-cylinder fast movement, and the high pressure pump provide greater force. However, in that system, all the hydraulic components must be satisfied the high pressure capacity, so it will be cause high costs, more inner leakage and low security.

  Pascal液压增压器在设计上完美地解决了以上的问题，将高压系统与低压系统完全地分开，低压的液压油通过增压器的自运循环增压后，直接进入高压负载，无需任何其它的高压控制元件，大大地降低了系统成本，提高了安全性，减少了系统的能量消耗，是最理想的液压高压乃至超高压解决方案。

Pascal hydraulic booster provide a perfect solution, searate the high pressure and low pressure completely. The hydraulic booster automatically boost the low pressure to higher pressure and then output directly to hydro-cylinder. without any other high pressure components, greatly reducing system costs, also improve safety.

适用工况Applicable:

1、局部高压系统。

High pressure requirement in part of the system.

2、整体高压系统。

High pressure system.

3、静压高压系统。

Static pressure system

*液压增压器是任何实际应用领域最紧凑、最轻便的解决方案。

The hydraulic booster is the smallest and lightest solution in any high pressure industry.

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